Tests were also carried out in composite manufacture, in which the fiber optic refractive sensors were embedded in the prepreg during the cure process.
在实验室与生产现场两种条件下将光纤折射率传感器埋设于预浸料中对其固化工艺过程进行了监测。
The response to electric field of the composite systems was studied by measure of compression modulus of the elastomers and dynamic-exam of resistance in the cure process of the systems.
通过对弹性胶体压缩模量的测试和胶凝过程中电阻的动态监测，研究了胶体体系对电场的响应行为。
The non-equilibrium thermodynamic fluctuation theory was used to predict the cure process of the nanocomposite and the theoretical prediction was in good agreement with the experimental cure curves.
用非平衡态热力学涨落理论对纳米复合材料的固化作了理论预估，与实验固化曲线能很好地吻合。
应用推荐